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5 COMMON ISSUES WITH LASER CUTTING AND HOW TO AVOID THEM
Air lasing: A new tool for atmospheric detection. From phys.org.
Ultrafast laser technology could offer improved cancer treatment. From phys.org.
High brightness attosecond X-ray free electron lasers based on wavefront control. From phys.org.
Compact accelerator technology achieves major energy milestone. From phys.org.
Researchers use infrared light to wirelessly transmit power over 30 meters
Austria's oldest preserved dyes detected in Miocene snail shells. From phys.org.
Femtosecond GHz/MHz BiBurst pulses can greatly enhance silicon ablation efficiency. From phys.org.
Our atom-moving laser sculpts matter into weird new shapes—new research. From phys.org.
Development of high-time-resolution measurement of electron temperature and density in a magnetically confined plasma
Laser welding is a different and more efficient type of welding. The laser radiation energy diffuses through the material to melt it and form a special molt. Laser technology has been ideal in achieving spot welding, butt welding and seal welding in thin walls. Laser welding has many advantages that have changed the manufacturing industry for the better
Cutting Reflective Metals – Overcoming Issues with Laser Cutting
Research team develops direct laser writing system for high-resolution, high-efficiency nanofabrication. From phys.org.
Optimization of Tensile Strength in the Paper Mate
Researchers capture strange behavior of laser-excited gold. From phys.org.
Researchers use multiple lasers to create reproducible coherent light structures at wavelength level. From phys.org.
Innovative imaging technique uses the quantum properties of X-ray light. From phys.org.
Researchers reveal new findings on diamond rain on ice planets. From phys.org.